"Solar Activity 2024"

#11471259

12 August 2024

A man is taking pictures of the Aurora Australis, also known as the Southern Lights, as it is glowing on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on August 12, 2024. The Southern Lights are a natural phenomenon of vibrant natural lights. They are caused by solar activity, particularly a coronal mass ejection that sends charged particles and gas into space. It typically takes these particles three days to reach the magnetic field lines at the north and south poles before entering the atmosphere. Upon entering, the energy and particles are combining with atmospheric gases to create a spectrum of colored lights in the sky.

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#11471261

12 August 2024

The Aurora Australis, also known as the Southern Lights, is glowing on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on August 12, 2024. The Southern Lights are a natural phenomenon of vibrant natural lights. Solar activity, particularly a coronal mass ejection that sends charged particles and gas into space, is causing it. It typically takes these particles three days to reach the magnetic field lines at the north and south poles before entering the atmosphere. Upon entering, the energy and particles are combining with atmospheric gases to create a spectrum of colored lights in the sky.

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#11471269

12 August 2024

The Aurora Australis, also known as the Southern Lights, is glowing on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on August 12, 2024. The Southern Lights are a natural phenomenon of vibrant natural lights. Solar activity, particularly a coronal mass ejection that sends charged particles and gas into space, is causing it. It typically takes these particles three days to reach the magnetic field lines at the north and south poles before entering the atmosphere. Upon entering, the energy and particles are combining with atmospheric gases to create a spectrum of colored lights in the sky.

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#11471256

12 August 2024

People are looking at the Aurora Australis, also known as the Southern Lights, as it is glowing on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on August 12, 2024. The Southern Lights is a natural phenomenon of vibrant natural lights. It is caused by solar activity, particularly a coronal mass ejection that is sending charged particles and gas into space. It typically takes these particles three days to reach the magnetic field lines at the north and south poles before entering the atmosphere. Upon entering, the energy and particles are combining with atmospheric gases to create a spectrum of colored lights in the sky.

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#11463000

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on August 8, 2024.

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#11463006

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing solar prominences, on August 8, 2024.

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#11463003

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11463004

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on August 8, 2024.

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#11463005

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11462999

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11463001

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11463002

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on August 8, 2024.

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#11462997

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11462998

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and Filaments, on August 8, 2024.

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#11462994

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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#11462996

8 August 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots, filaments and solar prominences, on August 8, 2024.

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